Product Description
Overview
Suitable for Various Laboratories: HBF300-13 High-Temperature Box Furnace
The HBF300-13 high-temperature box furnace is designed to meet the diverse needs of laboratory environments. With its advanced heating elements, uniform temperature distribution, and user-friendly operation, it is ideal for a wide range of laboratory processes. Whether for material testing, heat treatment, or other high-temperature applications, this furnace ensures reliable performance and precise temperature control. Its robust construction and safety features make it a versatile and dependable choice for laboratories across various industries.
Product Parameters
Specifications
- Model: HBF300-13 High-Temperature Box Furnace
- External Dimensions: 1540×1800×1380mm (W×H×D)
- Chamber Dimensions: 560×780×700mm (W×H×D)
- Effective Dimensions: 400×600×550mm (W×H×D)
- Rated Temperature: 1250ºC
- Maximum Temperature: 1300ºC
- Heating Elements: Silicon carbide rods in ceramic tubes
- Number of Heating Zones: 3
- Maximum Heating Power: ≤70kW
- Applicable Atmosphere: Air
- Cooling Method: Natural cooling with the furnace
- Power Supply: Greater than 90kVA, three-phase five-wire 220V/380V, 50Hz
- Cooling Method: Forced cooling with a blower
Detailed Photos
Hefei Chitherm Equipment Co., Ltd. is an advanced equipment supplier specializing in the research and development, design, manufacturing, sales, maintenance, and service of high-, medium-, and low-temperature industrial furnaces and laboratory furnaces. Its product range encompasses bell furnaces, box furnaces, hot air furnaces, vacuum furnaces, tube furnaces, mesh belt furnaces, bogie hearth furnaces, rotary furnaces, roller hearth furnaces, and pusher furnaces, which are extensively applied in fields such as advanced ceramics, electronic components, thick-film circuits, additive manufacturing, powder metallurgy, new energy, and photovoltaics. These furnaces are suitable for thermal treatment processes of materials including ITO targets, MLCC/HTCC/LTCC, ceramic filters, magnetic materials, CIM/MIM, and lithium battery cathodes and anodes, as well as various other new material processes such as pre-sintering, dewaxing, degreasing, sintering, drying, heat treatment, curing, and ceramization.
